CN217118437U - Improved vertigo visual color simulation assessment ruler - Google Patents

Abstract

The utility model relates to a medical supplies technical field specifically discloses a colored simulation of dizzy vision aassessment chi of improvement, including bar slide caliper rule body the surface of bar slide caliper rule body is equipped with dizzy scale mark, is equipped with dizzy digital scale in the top of dizzy scale mark, is equipped with dizzy color indicator board in the below of dizzy scale mark, and the colour of dizzy color indicator board changes gradually on length direction, is equipped with the dizzy literary composition sign that represents different dizzy grades on dizzy color indicator board, is equipped with the dizzy expression facial makeup that represents different dizzy grades in the below of dizzy color indicator board. Its advantages are: the utility model discloses a colored simulation of dizzy vision aassessment chi combines colored simulation image and color digit to express according to dizzy degree, with dizzy symptom visualization, makes the dizzy degree of attack of assurance that the patient can be accurate in the evaluation process, and the patient of being convenient for expresses dizzy degree of attack.

Description

Improved vertigo visual color simulation assessment ruler

Technical Field

The utility model belongs to the technical field of the medical supplies technique and specifically relates to a colored simulation aassessment chi of dizzy vision of improvement.

Background

Visual Analogue Scale (VAS) is a subjective consciousness self-evaluation method, which is used for psychological research at first, and then various very subjective feelings such as pain degree, vertigo degree, satiety, and even happiness can be evaluated by the method, so that the clinical application is very wide. The VAS method is used for evaluating the dizziness severity degree by the following specific operation method: patients were shown to have 0 points for no symptoms and 10 points for the most severe symptoms. Adopt the slide caliper rule of length 10cm, both ends mark respectively and are "0 minute" end and "10 minutes" end, and the scale one side is carried on one's back to the patient, lets the patient express according to the impression of oneself, then medical staff records patient's dizzy degree according to the expression. The conventional VAS for dizziness assessment has no special assessment ruler, and the conventional method has only simple grading numbers and no fresh and alive image expression, so that a patient cannot accurately grasp the degree in assessment.

Disclosure of Invention

The utility model aims at providing an improved vertigo vision color simulation assessment ruler.

In order to achieve the purpose, the utility model adopts the technical proposal that:

the utility model provides a coloured simulation of dizzy vision aassessment chi of improvement, includes bar slide caliper rule body 1 the surface of bar slide caliper rule body is equipped with dizzy scale mark 2, is equipped with dizzy digital scale 3 in the top of dizzy scale mark 2, is equipped with dizzy color indicator board 4 in the below of dizzy scale mark 2, the colour of dizzy color indicator board 4 changes gradually on length direction, is equipped with the dizzy characters sign 5 that represents different dizzy grades on dizzy color indicator board 4, is equipped with dizzy expression facial makeup 6 that represents different dizzy grades in the below of dizzy color indicator board 4.

Preferably, the vertigo scale mark 2 and the vertigo digital scale mark 3 range from 0 to 10.

Preferably, the vertigo letter marks 5 include no vertigo letter marks, light vertigo letter marks, medium vertigo letter marks, severe vertigo letter marks, and severe vertigo letter marks.

Preferably, the no vertigo character mark, the slight vertigo character mark, the moderate vertigo character mark, the severe vertigo character mark and the severe vertigo character mark correspond to the positions right below the 0 scale mark, the 2 scale mark, the 4 scale mark, the 6 scale mark, the 8 scale mark and the 10 scale mark of the vertigo scale mark 2 respectively.

Preferably, the vertigo facial makeup 6 includes no vertigo facial makeup mark, a slight vertigo facial makeup mark, a moderate vertigo facial makeup mark, a severe vertigo facial makeup mark, and a severe vertigo facial makeup mark.

Preferably, the no vertigo facial makeup marks, the light vertigo facial makeup marks, the moderate vertigo facial makeup marks, the severe vertigo facial makeup marks and the severe vertigo facial makeup marks correspond to positions right below the 0 scale mark, the 2 scale mark, the 4 scale mark, the 6 scale mark, the 8 scale mark and the 10 scale mark of the vertigo scale mark 2 respectively.

Preferably, slide groove 7 that the cross-section is the T font is equipped with in the front of slide caliper rule body 1, is equipped with the two-way pointer 8 that can follow slide groove 7 horizontal slip on slide groove 7, and the directional dizzy scale mark 2 of one end and dizzy color indicator board 4 of two-way pointer 8, the directional dizzy expression facial makeup 6 of the other end.

Preferably, the left end and the right end of the caliper rule body 1 are respectively provided with a caliper rule protrusion 9, the width of the caliper rule protrusion 9 is larger than the width of the caliper rule body 1, the caliper rule body 1 is provided with a transparent slide block 10 which is sleeved on the surface of the caliper rule body 1 and can slide along the length direction, and the middle part of the transparent slide block 10 is provided with an indication line 11 parallel to the vertigo scale mark 2.

Preferably, the end center of the caliper body 1 is provided with an arc-shaped groove 12, the back of the caliper body 1 is provided with a slot 13 with a T-shaped cross section, the slot 13 with the T-shaped cross section penetrates through the left end and the right end of the caliper body 1, a scoring inserting ruler 14 is arranged in the slot 13 with the T-shaped cross section, and a scoring adhesive sheet 15 representing different dizziness grades is arranged on the surface of the scoring inserting ruler 14.

Preferably, the rating sticker 15 includes a 1-part sticker 151, a 2-part sticker 152, a 3-part sticker 153, a 4-part sticker 154, a 5-part sticker 155, a 6-part sticker 156, a 7-part sticker 157, a 8-part sticker 158, a 9-part sticker 159, and a 10-part sticker 160.

The utility model has the advantages that:

1. the utility model discloses a colored simulation of dizzy vision aassessment chi combines colored simulation image and color digit to express according to dizzy degree, with dizzy symptom visualization, makes the dizzy degree of attack of assurance that the patient can be accurate in the evaluation process, and the patient of being convenient for expresses dizzy degree of attack.

2. An existing VAS (value added space) evaluation method is improved and manufactured into an evaluation measuring scale with a movable two-way pointer, when a patient uses the evaluation measuring scale, the two-way pointer is moved to a scale and an expression facial makeup corresponding to the vertigo degree according to self feeling, and medical staff marks the scales according to the number of the pointer; the design of the tool ruler is convenient for an evaluator to carry, and the vertigo attack severity can be combined with the visual color simulation expression, so that a patient can accurately grasp the vertigo attack degree in the evaluation process, and the vertigo attack degree can be conveniently expressed by the patient.

3. The transparent slider direct cover that adopts slides on the slide caliper rule surface, and the pilot line can point to dizzy scale mark, dizzy color indicator board, dizzy expression facial makeup simultaneously, and this structure is simpler, convenient to use, and the aassessment chi surface is succinct pleasing to the eye more, and is more practical.

4. The scoring paster corresponding to the assessment result can be directly torn off and pasted into the assessment table, the trouble of recording assessment data by a pen is omitted, the Lambert number marks on the surface of the scoring paster after assessment change in sequence every time, medical staff can judge to go to the next few patients according to the change of the number marks, and the situation that missing or recording errors are caused due to manual recording caused by too many patients is avoided.

Drawings

Fig. 1 is a front structural schematic diagram (one) of the improved vertigo vision color simulation assessment ruler of the present invention.

Fig. 2 is a schematic front structural view (ii) of the improved vertigo vision color simulation assessment ruler of the present invention.

Fig. 3 is a top view of the improved vertigo vision color simulation assessment ruler of the present invention.

Fig. 4 is a schematic cross-sectional view a-a of fig. 2.

Fig. 5 is a schematic front structural view (iii) of the improved vertigo vision color simulation assessment ruler of the present invention.

Fig. 6 is a schematic front structural view (iv) of the improved vertigo vision color simulation assessment ruler of the present invention.

Fig. 7 is a back structural schematic diagram (one) of the improved vertigo vision color simulation assessment ruler of the present invention.

Fig. 8 is a back structure diagram (ii) of the improved vertigo vision color simulation assessment ruler of the present invention.

Fig. 9 is a schematic cross-sectional view B-B of fig. 7.

Fig. 10A is a schematic view (a) of the usage status of the improved vertigo vision color simulation assessment ruler of the present invention.

Fig. 10B is a schematic view of the use state of the improved vertigo vision color simulation assessment ruler of the present invention (ii).

Fig. 10C is a schematic view (iii) of the use state of the improved vertigo vision color simulation assessment ruler of the present invention.

Figure 11 is a schematic view of a score sticker assembly.

Detailed Description

The present invention will be further described with reference to the following detailed description. It should be understood that these examples are for illustrative purposes only and are not intended to limit the scope of the present invention. Furthermore, it should be understood that various changes and modifications can be made by those skilled in the art after reading the disclosure of the present invention, and such equivalents also fall within the scope of the appended claims.

The reference numerals and components referred to in the drawings are as follows:

1. caliper body 2, dizzy scale mark 3, dizzy digital scale

4. Vertigo color indicator board 5, vertigo character sign 6, vertigo expression facial makeup

7. Chute 8, bidirectional pointer 9, caliper projection

10. Transparent slide block 11, indicating line 12 and arc groove

13. Inserting slot 14, scoring inserting ruler 15 and scoring adhesive sheet

151.1 part adhesive sheet 152.2 part adhesive sheet 153.3 part adhesive sheet

154.4 part adhesive wafer 155.5 part adhesive wafer 156.6 part adhesive wafer

157.7 part adhesive sheet 158.8 part adhesive sheet 159.9 part adhesive sheet

160.10 adhesive plaster

Examples

Referring to fig. 1, fig. 1 is a schematic front structural view of the improved vertigo vision color simulation evaluation ruler of the present invention.

The utility model provides a coloured simulation of dizzy vision aassessment chi of improvement, includes that bar slide caliper rule body 1, 1 is in the surface of bar slide caliper rule body is equipped with dizzy scale mark 2, is equipped with dizzy digital scale 3 in the top of dizzy scale mark, and dizzy digital scale divide into 10 units, is 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 respectively. Be equipped with vertigo color indicator board 4 in the below of vertigo scale mark 2, vertigo color indicator board is the gradual change color of vision simulation evaluation chi, the length of vertigo color indicator board is the same with the length of vertigo scale mark, the colour of vertigo color indicator board changes gradually on length direction, the leftmost is green to the color indicator board colour that the scale mark is 0 minute position, the rightmost scale mark is red for the color indicator board colour of 10 minute positions, the color indicator board middle part is changed gradually by green-to-yellow from a left side to right side colour, green wherein stands for no vertigo symptom seriously. The vertigo color indicator board is provided with vertigo character marks 5 representing different vertigo grades, and the vertigo character marks comprise no vertigo character marks, light vertigo character marks, medium vertigo character marks, severe vertigo character marks and severe vertigo character marks, wherein the vertigo character marks, the light vertigo character marks, the mild vertigo character marks, the moderate vertigo character marks, the severe vertigo character marks and the severe vertigo character marks respectively correspond to 0-point scale marks, 2-point scale marks, 4-point scale marks, 6-point scale marks, 8-point scale marks and 10-point scale marks of the vertigo scale marks. And a vertigo expression facial makeup 6 representing different vertigo grades is arranged below the vertigo color indicator plate, and comprises no vertigo facial makeup mark, a slight vertigo facial makeup mark, a moderate vertigo facial makeup mark, a severe vertigo facial makeup mark and a severe vertigo facial makeup mark, wherein the no vertigo facial makeup mark, the slight vertigo facial makeup mark, the mild vertigo facial makeup mark, the moderate vertigo facial makeup mark, the severe vertigo facial makeup mark and the severe vertigo facial makeup mark respectively correspond to the 0 scale mark, the 2 scale mark, the 4 scale mark, the 6 scale mark, the 8 scale mark and the 10 scale mark of the vertigo scale mark.

When the utility model is used, the face with the character expression faces the patient, and the patient can accurately evaluate the symptom degree during vertigo attack through the character expression, the color of the evaluation ruler and the number degree; based on the theory of color psychology, the gradual change color of a visual simulation evaluation ruler is designed, 1-10 digital scales are combined, the green 0 point on the leftmost side represents no symptom, and the red 10 point on the rightmost side represents severe vertigo symptom. The expression corresponding to 0 minute is vertigo without attack, the expression corresponding to 2 minutes is vertigo slight attack, the attack duration can be relieved within 10s, and daily life after the vertigo attack is neutralized is not influenced; the expression corresponding to 4 points is vertigo mild attack, the attack time is 11s-30s, the daily life in the attack is forced to stop, and the vertigo is completely recovered soon after the attack time; the expression corresponding to 6 points is vertigo moderate attack, the attack duration is 31s-5min, the daily life in the attack is forced to stop, and the vertigo is completely recovered soon after the attack duration is reached; the expression corresponding to 8 points is vertigo moderate attack, the attack duration is 6min-30min, and most of the daily life cannot take care of the self; the expression corresponding to 10 points is severe vertigo attack, the attack duration is longer than 30min, and all daily lives cannot take care of the vertigo after the attack, and others need help. The utility model discloses a colored simulation of dizzy vision aassessment chi combines colored simulation image and color digit to express according to dizzy degree, with dizzy symptom visualization, makes the dizzy degree of attack of assurance that the patient can be accurate in the evaluation process, and the patient of being convenient for expresses dizzy degree of attack.

Referring to fig. 2-4, fig. 2 is a schematic front view of the improved vertigo vision color simulation evaluation ruler of the present invention, fig. 3 is a top view of the improved vertigo vision color simulation evaluation ruler of the present invention, and fig. 4 is a schematic cross-sectional view along a direction a-a in fig. 2. In the specific embodiment of the utility model, as an optimal implementation scheme, the front of slide caliper rule body 1 is equipped with the spout 7 that the cross-section is the T font, is equipped with the two-way pointer 8 that can follow spout 7 horizontal slip on spout 7, and directional dizzy scale mark 2 of one end and dizzy color indicator board 4 of two-way pointer 8, other end point to dizzy expression facial makeup 6. The utility model improves the prior VAS assessment method and manufactures an assessment measuring scale with a movable two-way pointer, when in use, a patient moves the two-way pointer to the scale and the expression facial makeup corresponding to the vertigo degree according to the self feeling, and medical staff marks the pointer according to the number of the pointer; the design of the tool ruler is convenient for an evaluator to carry, and the vertigo attack severity can be combined with the visual color simulation expression, so that a patient can accurately grasp the vertigo attack degree in the evaluation process, and the vertigo attack degree can be conveniently expressed by the patient.

Referring to fig. 5, fig. 5 is a schematic front structural view of the improved vertigo vision color simulation evaluation ruler of the present invention. In the embodiment of the utility model, as another preferred embodiment, both ends are equipped with the slide caliper rule respectively and are outstanding 9 about the slide caliper rule body, and the outstanding width of slide caliper rule is greater than the width of slide caliper rule body, is equipped with the cover on the slide caliper rule body surface and can follow the gliding transparent slider 10 of length direction on the slide caliper rule body, and transparent slider is made by medical PVC transparent material, is equipped with the indicating line 11 parallel with dizzy scale mark at the middle part of transparent slider. This embodiment adopts the direct cover of transparent slider to slide on the slide caliper rule surface, and the patient is the transparent slider of direct sliding surface when using, aligns corresponding scale and expression facial makeup with the pilot line at slider middle part, and medical staff marks according to the pilot line. Compare in the design of T font spout, the transparent slide block that this embodiment adopted directly overlaps and slides on the slide caliper rule surface, and the pilot line can point to dizzy scale mark, dizzy color indicator board, dizzy expression facial makeup simultaneously, and this structure is simpler, convenient to use, and the aassessment chi surface is succinct pleasing to the eye more, and is more practical.

Please refer to fig. 6-11, fig. 6 is a front schematic view of the improved vertigo vision color simulation assessment ruler of the present invention, fig. 7 is a back schematic view of the improved vertigo vision color simulation assessment ruler of the present invention, fig. 8 is a back schematic view of the score insertion ruler after a distance is drawn out, fig. 9 is a schematic view of a section B-B in fig. 7, fig. 10 is a schematic view of a using state of the improved vertigo vision color simulation assessment ruler of the present invention, and fig. 11 is a schematic view of assembling the score pasting sheet. In the specific embodiment of the utility model, as another preferred embodiment, the middle part of the left end of slide caliper rule body or right-hand member is equipped with arc recess 12, be equipped with the slot 13 that the cross-section is the T font at the back of slide caliper rule body, the slot 13 of T font runs through the left and right sides both ends of slide caliper rule body 1, be equipped with the matched with it and grade in the slot 13 of T font and insert chi 14, be equipped with the sticker 15 of grading of representing different dizzy grades on the surface of inserting chi 14 of grading, the sticker of grading includes 1 minute sticker 151, 2 minute sticker 152, 3 minute sticker 153, 4 minutes sticker 154, 5 minutes sticker 155, 6 minutes sticker 156, 7 minutes sticker 157, 8 minutes sticker 158, 9 minutes sticker 159, 10 minutes sticker 160. Please refer to fig. 11, each scoring adhesive sheet is composed of 10 scoring adhesive sheets with different decimal arabic numeral labels on the surface, the decimal digits of each scoring adhesive sheet are the same, the decimal digits of each scoring adhesive sheet sequentially increase, the scoring adhesive sheets are sequentially stacked and adhered from top to bottom, each scoring adhesive sheet comprises a tearing portion 200 and a digital marking portion 300, wherein the digital marking portion 300 is a circular adhesive sheet, the tearing portion 200 is an arc-shaped adhesive sheet connected to the periphery of the digital marking portion 300, the digital marking portion of each scoring adhesive sheet is the same in size, and the arc-shaped area of the tearing portion of the upper scoring adhesive sheet is smaller than the arc-shaped area of the tearing portion of the lower scoring adhesive sheet. In fig. 11, the 1-point sticker 151 is taken as an example, the first layer is a first scoring patch 161 (numeral 1.0), the second layer is a second scoring patch 162 (numeral 1.1), the third layer is a third scoring patch 163 (numeral 1.2), and so on, the tenth layer is a tenth scoring patch 1.9. The lower surface of the first scoring patch 161 is attached to the upper surface of the second scoring patch 162, the lower surface of the second scoring patch 162 is attached to the upper surface of the third scoring patch 163, and the lower surface of the ninth scoring patch 169 is attached to the upper surface of the tenth scoring patch 170. The 2-part sticker structure and the like are the same. When the scale and the expression facial makeup that the patient used according to self perception directional vertigo degree corresponds during the use, medical staff will correspond the mark sticker of vertigo grade according to patient's orientation and tear off, paste in the evaluation table, the digit of the different mark stickers on the mark sticker tears the portion circumference range, when tearing off first layer mark sticker, second layer mark sticker exposes (like figure 10A), when tearing off second layer mark sticker, third layer mark sticker exposes (like figure 10B), when tearing off ninth layer mark sticker, tenth layer mark sticker exposes (like figure 10C). This design makes when carrying out vertigo aassessment at every turn, and medical staff can directly tear the mark paster that scores that the assessment result corresponds and paste in the evaluation table, saves the trouble with pen record evaluation data, and the raber digit mark on mark paster surface changes according to the order after the aassessment at every turn, and medical staff can change the judgement according to this digit mark and carry out several patients, avoids because the too much condition emergence of looking over or leading to the record mistake owing to artifical manual record of appearance of patient takes place.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of improvements and additions can be made without departing from the principles of the present invention, and these improvements and additions should also be regarded as the protection scope of the present invention.

Claims (7)

1. The utility model provides a colored simulation of dizzy vision aassessment chi of improvement, includes bar slide caliper rule body (1), its characterized in that is equipped with dizzy scale mark (2) on the surface of bar slide caliper rule body (1), is equipped with dizzy digital scale (3) above dizzy scale mark (2), is equipped with dizzy color indicator board (4) below dizzy scale mark (2), the colour of dizzy color indicator board (4) changes gradually on length direction, is equipped with dizzy characters sign (5) that represent different dizzy grades on dizzy color indicator board (4), is equipped with dizzy expression facial makeup (6) that represent different dizzy grades below dizzy color indicator board (4); the caliper is characterized in that caliper protrusions (9) are respectively arranged at the left end and the right end of the caliper body (1), the width of each caliper protrusion (9) is larger than that of the caliper body (1), a transparent slide block (10) which is sleeved on the surface of the caliper body (1) and can slide along the length direction is arranged on the caliper body (1), and an indicating line (11) parallel to the vertigo scale mark (2) is arranged in the middle of the transparent slide block (10); an arc-shaped groove (12) is formed in the center of the end portion of the caliper body (1), a slot (13) with a T-shaped cross section is formed in the back of the caliper body (1), the slot (13) with the T shape penetrates through the left end and the right end of the caliper body (1), a scoring inserting ruler (14) is arranged in the slot (13) with the T shape, and scoring adhesive sheets (15) representing different dizziness grades are arranged on the surface of the scoring inserting ruler (14); the grading adhesive sheet (15) comprises a 1-point adhesive sheet (151), a 2-point adhesive sheet (152), a 3-point adhesive sheet (153), a 4-point adhesive sheet (154), a 5-point adhesive sheet (155), a 6-point adhesive sheet (156), a 7-point adhesive sheet (157), an 8-point adhesive sheet (158), a 9-point adhesive sheet (159) and a 10-point adhesive sheet (160); each grading adhesive sheet consists of 3-20 grading adhesive sheets with different Arabic numeral marks on the surfaces, and the grading adhesive sheets are sequentially overlapped and adhered from top to bottom.

2. The vertigo visual colour simulation assessment scale according to claim 1, wherein said vertigo graduation marks (2) and vertigo numerical graduations (3) are in the range of 0-10.

3. The vertigo visual color simulation assessment scale according to claim 1, wherein said vertigo letter symbols (5) comprise no vertigo letter symbols, light vertigo letter symbols, medium vertigo letter symbols, severe vertigo letter symbols, and severe vertigo letter symbols.

4. The vertigo visual color simulation assessment scale according to claim 3, wherein said no vertigo letter marks, slight vertigo letter marks, moderate vertigo letter marks, severe vertigo letter marks, and severe vertigo letter marks correspond to the positions right under the 0 scale mark, the 2 scale mark, the 4 scale mark, the 6 scale mark, the 8 scale mark, and the 10 scale mark of the vertigo scale mark (2), respectively.

5. The vertigo visual color simulation assessment scale according to claim 1, wherein said vertigo expression facebook (6) comprises no vertigo facebook mark, light vertigo facebook mark, medium vertigo facebook mark, severe vertigo facebook mark, and severe vertigo facebook mark.

6. The vertigo visual color simulation assessment scale according to claim 5, wherein said no vertigo facial makeup marks, slight vertigo facial makeup marks, mild vertigo facial makeup marks, moderate vertigo facial makeup marks, severe vertigo facial makeup marks, and severe vertigo facial makeup marks correspond to the positions right under the 0 scale mark, the 2 scale mark, the 4 scale mark, the 6 scale mark, the 8 scale mark, and the 10 scale mark of the vertigo scale mark (2), respectively.

7. The vertigo visual color simulation assessment ruler according to any one of claims 1 to 6, wherein the front face of said caliper body (1) is provided with a sliding groove (7) with a T-shaped cross section, a bidirectional pointer (8) capable of sliding left and right along the sliding groove (7) is provided on the sliding groove (7), one end of the bidirectional pointer (8) points to the vertigo scale mark (2) and the vertigo color indication board (4), and the other end points to the vertigo expression facial makeup (6).

Images